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84cd76d7-e5d0-4f39-94bc-0236c65d533a | in residential buildings of not more than two storeys, one exit of no less than 900 millimetres in width is permitted. | in residential buildings of not more than two storeys , one exit of no less than 900 millimetres in width is permitted . | O B-object I-object O O O O B-value B-object O B-value B-object O O O O B-value I-value O B-property O O O | {'ID': '217_Finnish_FireSafety'} |
8479a43c-e64a-4180-af62-7f4124c460b8 | An entrance door should be included, which should be shut all the time. | An entrance door should be included , which should be shut all the time . | O B-object I-object O O O O O O O B-quality I-quality I-quality I-quality O | {'ID': '56_UK_DocO_Overheating'} |
86350df0-a40e-412b-a301-004524d56736 | For wet heating systems in new dwellings with a floor area of 150m2 or greater, a minimum of two independently controlled heating circuits should be provided. | For wet heating systems in new dwellings with a floor area of 150m2 or greater , a minimum of two independently controlled heating circuits should be provided . | O B-quality B-object I-object O B-quality B-object O O B-property I-property O B-value O O O O O O B-value B-quality I-quality B-object I-object O O O O | {'ID': '246_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
8b054fa5-fa6b-40f8-996a-a6dfea855fc3 | The distance between a door that opens onto a landing and the upper edge of the ramp or flight of stairs must be no less than 400 millimetres on the side wall and no less than 1,500 millimetres on the end wall. | The distance between a door that opens onto a landing and the upper edge of the ramp or flight of stairs must be no less than 400 millimetres on the side wall and no less than 1,500 millimetres on the end wall . | O B-property B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O B-value I-value B-quality I-quality I-quality I-quality O O O O B-value I-value B-quality I-quality I-quality I-quality O | {'ID': '33_Finnish_SafetyOfUse'} |
cf152151-90f9-47d0-9e4e-5a1cd813d4e5 | System controls should be wired so that when there is no demand for space heating or hot water the heating appliance and pump are switched off. | System controls should be wired so that when there is no demand for space heating or hot water the heating appliance and pump are switched off . | B-object I-object O O B-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '247_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
c33e482e-252a-4e99-a905-7861a480d024 | Geo-location should be enabled to confirm the location, date and time of each image. | Geo-location should be enabled to confirm the location , date and time of each image . | B-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-object O | {'ID': '484_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
20609d43-016e-4314-9620-256f73f1c6ed | The general ventilation rate for a new conservatory and, if necessary, adjoining rooms could be achieved using background ventilators. | The general ventilation rate for a new conservatory and , if necessary , adjoining rooms could be achieved using background ventilators . | O B-quality B-property I-property O O B-quality B-object O O O O O B-object I-object O O B-quality I-quality I-quality I-quality O | {'ID': '160_UK_DocF_V1_Ventilation'} |
47e50ddf-6174-436d-851b-7ddf46c10ccf | A suitable chemical inhibitor should be added to the primary heating circuit to protect against scale and corrosion. | A suitable chemical inhibitor should be added to the primary heating circuit to protect against scale and corrosion . | O B-quality B-quality B-object O O O O O B-quality B-object I-object O B-quality I-quality I-quality I-quality I-quality O | {'ID': '380_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
e3128ebd-be79-48f2-93b5-7806c9a9026a | Constructions behind surfaces exposed to running water, repetitious splash water or water condensation must be waterproofed. | Constructions behind surfaces exposed to running water , repetitious splash water or water condensation must be waterproofed . | B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality O | {'ID': '110_Finnish_Health-Humidity'} |
405a2082-beb9-4c5f-bc9f-d688b72e723b | Intermediate floors: floor-to-wall junctions should be detailed to ensure that insulation in the external wall is continuous. | Intermediate floors : floor-to-wall junctions should be detailed to ensure that insulation in the external wall is continuous . | B-quality B-object O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '162_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
3121fe90-27db-405e-a42a-df3cd22ee176 | Where necessary, two handrails, one above the other, must be installed in order to take into account children and users of wheelchairs. | Where necessary , two handrails , one above the other , must be installed in order to take into account children and users of wheelchairs . | O O O B-value B-object O B-quality I-quality I-quality I-quality O O O B-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '55_Finnish_SafetyOfUse'} |
316c89ee-aa42-4e7a-9372-960cf25b3265 | Extract ventilation may be by natural means or by mechanical means (e.g. by an extract fan or acentral system). | Extract ventilation may be by natural means or by mechanical means ( e.g . by an extract fan or acentral system ) . | B-property B-object O O O B-quality B-object O O B-quality B-object O O O O O B-object I-object O B-object I-object O O | {'ID': '105_UK_DocF_V2_Ventilation'} |
2cb4937d-9ec4-4013-8e9b-318a8adae27a | Account should be taken of outside noise when considering whether openable windows are appropriate for purge ventilation. | Account should be taken of outside noise when considering whether openable windows are appropriate for purge ventilation . | B-object O O B-quality I-quality I-quality I-quality O O O B-quality B-object O B-quality I-quality I-quality I-quality O | {'ID': '24_UK_DocF_V1_Ventilation'} |
67657794-a272-4ab2-9b19-df29e9d24844 | Ground floors and external walls: the wall-to-floor junctions should be detailed to achieve continuity of insulation. | Ground floors and external walls : the wall-to-floor junctions should be detailed to achieve continuity of insulation . | B-object I-object O B-quality B-object O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '160_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
10b37d1a-a0b5-4dfb-8bcc-39317d144580 | On variable volume systems, variable speed glandless circulators should be used. | On variable volume systems , variable speed glandless circulators should be used . | O B-quality B-object I-object O B-quality B-object I-object I-object O O B-quality O | {'ID': '289_UK_DocM_V2_AccessAndUseOfBuildings'} |
0ea1e862-2434-4fc8-97a2-b076c992ef20 | The width of an exit must be at least 1,200 millimetres and its free height must be at least 2,100 millimetres. | The width of an exit must be at least 1,200 millimetres and its free height must be at least 2,100 millimetres . | O B-property O O B-object O O O O B-value I-value O O B-quality B-property O O O O B-value I-value O | {'ID': '214_Finnish_FireSafety'} |
f41fb8da-16bd-4404-accb-e32727f3736a | Windows, glass walls and glass doors into which there is a danger of collision must be marked in such a way that they can be easily noticed. | Windows , glass walls and glass doors into which there is a danger of collision must be marked in such a way that they can be easily noticed . | B-object O B-quality B-object O B-quality B-object O O O O O B-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '69_Finnish_SafetyOfUse'} |
8feaf7f2-dfd8-43ae-ab8d-791ee1ffd86c | However, if the elevation difference is no more than 1,000 millimetres, the ramp may not have a gradient of more than eight per cent. | However , if the elevation difference is no more than 1,000 millimetres , the ramp may not have a gradient of more than eight per cent . | O O O O B-property I-property O O O O B-value I-value O O B-object O O O O B-property O O O B-value I-value I-value O | {'ID': '9_Finnish_Accessibility'} |
8101fa0e-645c-4a83-a6ab-66c45e94bf67 | If the dwelling already has mechanical ventilation, the centralised system could be extended into the additional room. | If the dwelling already has mechanical ventilation , the centralised system could be extended into the additional room . | O O B-object O O B-quality B-object O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '155_UK_DocF_V1_Ventilation'} |
4a82f789-a98a-4379-9b81-2a20cfba6c87 | If the internal ties must be centred on the supporting line, the minimum value of the tie force, 70 kN, will also be applied to internal ties. | If the internal ties must be centred on the supporting line , the minimum value of the tie force , 70 kN , will also be applied to internal ties . | O O B-quality B-object O O B-quality I-quality I-quality I-quality I-quality O O O O O O B-property I-property O B-value I-value O O O O O O B-quality B-object O | {'ID': '179_Finnish_StabilityOfStructures'} |
72785bd7-d935-4c81-ab5f-ba2095ba62a9 | Manual controls, where provided, should be within reasonable reach of the occupants. | Manual controls , where provided , should be within reasonable reach of the occupants . | B-quality B-object O B-quality I-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '20_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
51284e52-f2f4-41b5-85e2-3fa96ab8602a | All users of facilities should be able to locate suitable seating and move safely and easily to and from the seating area and ancillary accommodation, such as lavatories, dining rooms and bedroom suites. | All users of facilities should be able to locate suitable seating and move safely and easily to and from the seating area and ancillary accommodation , such as lavatories , dining rooms and bedroom suites . | O B-object O B-object O O B-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '132_UK_DocM_V2_AccessAndUseOfBuildings'} |
40b40b1b-d1b1-49d8-b9b7-13c5845a169d | The structure of the control appliance of the plumbing fixture shall be such that its surface temperature does not arise above 40 degrees Celsius. | The structure of the control appliance of the plumbing fixture shall be such that its surface temperature does not arise above 40 degrees Celsius . | O B-property O O B-object I-object O O B-object I-object O O O O O B-property I-property O O O O B-value I-value I-value O | {'ID': '71_Finnish_Health-WaterAndSewerage'} |
adc0ce58-8e7e-42fa-a823-ab45f266f77f | Sewers shall be connected to a stack vent that extends above the roofing of a building. | Sewers shall be connected to a stack vent that extends above the roofing of a building . | B-object O O O O O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '135_Finnish_Health-WaterAndSewerage'} |
ddc0bba6-2df8-43e1-9398-37514366fb06 | For fixed terminals with automatic flow adjustment at the fan unit, the fan speed should be set to achieve the desired continuous flow rate. | For fixed terminals with automatic flow adjustment at the fan unit , the fan speed should be set to achieve the desired continuous flow rate . | O B-quality B-object O B-property I-property I-property O O B-object I-object O O B-object B-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '208_UK_DocF_V1_Ventilation'} |
beeec1b2-c382-40cc-aec2-6eda86f5782e | Each residential unit, shared communal room and common space should be categorised separately. | Each residential unit , shared communal room and common space should be categorised separately . | O B-object I-object O B-quality B-object I-object O B-object I-object O O B-quality I-quality O | {'ID': '25_UK_DocO_Overheating'} |
389c960b-525d-4f2e-9a2c-1805eb2dc20d | The full area under a stair that forms part of the storage provision should be counted as 1m2. | The full area under a stair that forms part of the storage provision should be counted as 1m2 . | O B-quality B-property B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O B-value O | {'ID': '79_UK_DocM_V1_AccessAndUseOfBuildings'} |
f19c6d4a-f6e8-4f2e-b676-537852f3c38f | The heat loss from the floor should be calculated using the sum of the thermal resistance of the floor finish and the underlying heated layer, multiplied by 10. | The heat loss from the floor should be calculated using the sum of the thermal resistance of the floor finish and the underlying heated layer , multiplied by 10 . | O B-property I-property O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '303_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
703e5c71-bd54-4267-acf4-fa7db1e70d49 | Any sound system in an auditorium, a restaurant, a conference facility, a facility for festive occasions, a teaching facility or other similar assembly facility or a public service facility shall have an induction loop or a similar sound transmission system. | Any sound system in an auditorium , a restaurant , a conference facility , a facility for festive occasions , a teaching facility or other similar assembly facility or a public service facility shall have an induction loop or a similar sound transmission system . | O B-object I-object O O B-object O O B-object O O B-object I-object O O B-object I-object I-object I-object O O B-object I-object O O B-object I-object I-object O O B-object I-object I-object O O O B-object I-object O O B-object I-object I-object I-object O | {'ID': '67_Finnish_Accessibility'} |
a33a8e64-62e5-4a95-b5fb-356b18c8f34f | The crawl space must be accessible for inspections and maintenance of the equipment and systems located there. | The crawl space must be accessible for inspections and maintenance of the equipment and systems located there . | O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '84_Finnish_Health-Humidity'} |
fc54cd23-e216-4f59-b1b6-35ec47a83a4a | Test data must be from a minimum of five in-situ measurements of the same module types and link details as used in the actual building. | Test data must be from a minimum of five in-situ measurements of the same module types and link details as used in the actual building . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '351_UK_DocM_V2_AccessAndUseOfBuildings'} |
ef4f54b6-1099-4404-9fa2-d0c0d5e55543 | The dwelling primary energy rate must not exceed the individual dwellings target primary energy rate. | The dwelling primary energy rate must not exceed the individual dwellings target primary energy rate . | O B-property I-property I-property I-property O O O O B-quality B-object B-property I-property I-property I-property O | {'ID': '64_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
339fc78c-a2f2-481c-a410-3aeb41e24b8a | Solid walls constructed of coursed brickwork or blockwork should be at least as thick as 1/16 of the storey height. | Solid walls constructed of coursed brickwork or blockwork should be at least as thick as 1/16 of the storey height . | B-object I-object B-quality I-quality I-quality I-quality I-quality I-quality O O O O O B-property O B-value O O B-object B-property O | {'ID': '32_UK_DocA_Structure'} |
20518e80-6f7e-457f-8c5a-59fa4c0eb324 | When calculating the heat loss for a buildings design solution, the design value shall be used as the value of the air leakage rate figure for the building envelope. | When calculating the heat loss for a buildings design solution , the design value shall be used as the value of the air leakage rate figure for the building envelope . | O O O B-property I-property O O B-object B-object I-object O O B-property I-property O O O O O O O O B-property I-property I-property I-property O O B-object B-object O | {'ID': '137_Finnish_EnergyEfficiency'} |
99a53f17-48cb-4012-a47b-700761e0983b | Where a new building which is not a residential building or a mixed-use building has more than 10 parking spaces (a) one of those parking spaces must have access to one electric vehicle charge point; and (b) cable routes for electric vehicle charge points must be installed in a minimum of one fifth of the total number of remaining parking spaces. | Where a new building which is not a residential building or a mixed-use building has more than 10 parking spaces ( a ) one of those parking spaces must have access to one electric vehicle charge point ; and ( b ) cable routes for electric vehicle charge points must be installed in a minimum of one fifth of the total number of remaining parking spaces . | O O B-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O B-value B-object I-object O O O B-value O O B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O B-object I-object O B-object I-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '61_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
86831830-e7f0-4b90-aa27-dc0542b7ba4d | If a residential block of flats does not have a lift, the stairs between floor levels must have natural light and at least one intermediate landing. | If a residential block of flats does not have a lift , the stairs between floor levels must have natural light and at least one intermediate landing . | O O B-object I-object I-object I-object O O O O B-object O O B-object B-quality I-quality I-quality O O B-property I-property O O O B-value B-property I-property O | {'ID': '18_Finnish_SafetyOfUse'} |
9a90337f-e2d2-4989-9e33-f6e4b64b755a | U-values should be assessed for the whole fabric element (e.g. in the case of a window, the combined performance of the glazing and the frame). | U-values should be assessed for the whole fabric element ( e.g . in the case of a window , the combined performance of the glazing and the frame ) . | B-property O O B-quality I-quality I-quality I-quality I-quality I-quality O O O O O O O O O O O O O O O O O O O O O | {'ID': '104_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
df24d65a-425f-4ddd-b3aa-0ae34be4b0c1 | Beading should be mechanically fixed and glued in position. | Beading should be mechanically fixed and glued in position . | B-object O O B-quality I-quality O B-quality I-quality I-quality O | {'ID': '32_UK_DocQ_Security_Dwellings'} |
d54852df-8e3c-4e99-8484-31c403b78558 | If work is carried out on a system that includes a boiler, a boiler interlock should be installed. | If work is carried out on a system that includes a boiler , a boiler interlock should be installed . | O O O O O O O B-object O O O B-object O O B-object I-object O O B-quality O | {'ID': '256_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
61bc1c7a-62f8-43c1-9c71-6e3073695cbe | Roofs: insulation should be installed tight to the structure, without air gaps, and should extend to the wall insulation. | Roofs : insulation should be installed tight to the structure , without air gaps , and should extend to the wall insulation . | B-object O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '143_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
b51c7a9f-2080-4e60-940f-e59af0cc97ce | The buildings enclosure together with its construction layers and joints must form a whole, preventing the transfer of water across the surface of the enclosure into the construction by wind, slanting rain and wind pressure. | The buildings enclosure together with its construction layers and joints must form a whole , preventing the transfer of water across the surface of the enclosure into the construction by wind , slanting rain and wind pressure . | O B-object B-object O O O B-object I-object O B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '34_Finnish_Health-Humidity'} |
ced8e4bc-84ed-467a-b41f-d933cff5bb0d | All evacuation areas must be designed in such a way that it is possible to transport an immobile individual on a stretcher via the exit route. | All evacuation areas must be designed in such a way that it is possible to transport an immobile individual on a stretcher via the exit route . | O B-object I-object O O B-quality O O O O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '15_Finnish_SafetyOfUse'} |
c490feb8-f09b-4c86-8d5f-12e1a5aec6db | Ventilation intakes should be located away from the direct impact of the sources of local pollution. | Ventilation intakes should be located away from the direct impact of the sources of local pollution . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '124_UK_DocF_V1_Ventilation'} |
7faab614-f3bc-41b4-9dbf-0ff2b3ea56f3 | Where the cost of installing only cable routes is more than 7% of the total cost of the major renovation, there is no requirement to install either electric vehicle charge points or cable routes. | Where the cost of installing only cable routes is more than 7 % of the total cost of the major renovation , there is no requirement to install either electric vehicle charge points or cable routes . | O O B-property O B-quality I-quality I-quality I-quality O O O B-value I-value O O B-property I-property O O B-quality B-object O O O O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '53_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
baee716c-b8c2-4500-b4de-63fa11f007b1 | A minimum of one in five of the remaining parking spaces must have access to cable routes. | A minimum of one in five of the remaining parking spaces must have access to cable routes . | O O O B-value O B-value O O B-quality B-object I-object O O B-quality I-quality I-quality I-quality O | {'ID': '83_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
9dd2a0f1-0ff9-4416-8abd-1e6589980ff4 | If the cross-sectional area of a mechanical ventilation systems air duct is designed to be greater than 0.06 m2, the outdoor air and exhaust air ducts shall be fitted with shutoff dampers that close automatically when the system shuts down. | If the cross-sectional area of a mechanical ventilation systems air duct is designed to be greater than 0.06 m2 , the outdoor air and exhaust air ducts shall be fitted with shutoff dampers that close automatically when the system shuts down . | O O B-property I-property O O B-quality B-object I-object B-object I-object O O O O O O B-value I-value O O B-object I-object I-object I-object I-object I-object O O O O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '100_Finnish_Health-IndoorClimateAndVentilation'} |
f6e7c818-f661-400b-8272-8062c5a7de68 | Where a lift is provided, it should be suitable for a wheelchair user. | Where a lift is provided , it should be suitable for a wheelchair user . | O O B-object O O O O O O B-quality I-quality I-quality I-quality O O | {'ID': '22_UK_DocM_V1_AccessAndUseOfBuildings'} |
ef561e39-db90-462c-8dde-15fbeae954e5 | A cube with edges of no more than 200 millimetres may pass between the upper edge of the barrier and the protective part. | A cube with edges of no more than 200 millimetres may pass between the upper edge of the barrier and the protective part . | O B-object O B-property O O O O B-value I-value O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '50_Finnish_SafetyOfUse'} |
ad30824c-74be-4f4f-916a-dfe1e0a89205 | It should be noted that double buggies are wider than wheelchairs and that, where relevant to the building type, this should be borne in mind when determining an appropriate effective clear width for an entrance door. | It should be noted that double buggies are wider than wheelchairs and that , where relevant to the building type , this should be borne in mind when determining an appropriate effective clear width for an entrance door . | O O O O O B-object I-object O B-quality I-quality I-quality O O O O O O O B-object I-object O B-object O O O O O O O O B-quality B-quality B-property I-property O O B-object I-object O | {'ID': '67_UK_DocM_V2_AccessAndUseOfBuildings'} |
73b4b305-8971-489a-a290-f996e1f63e19 | The clear width of the door and opening leading to room spaces of a non-residential building as well as to residential rooms of a residential building, necessary spaces serving residence and spaces serving the use of the building shall be at least 800 millimetres. | The clear width of the door and opening leading to room spaces of a non-residential building as well as to residential rooms of a residential building , necessary spaces serving residence and spaces serving the use of the building shall be at least 800 millimetres . | O B-property I-property O O B-object O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O B-value I-value O | {'ID': '19_Finnish_Accessibility'} |
a2bf4b81-52eb-48c0-b753-ed5e939612bf | Waterproofing or water pressure barrier must be located on the outer surface of the exterior wall structure against the ground or inside the exterior thermal insulation facing the ground. | Waterproofing or water pressure barrier must be located on the outer surface of the exterior wall structure against the ground or inside the exterior thermal insulation facing the ground . | B-object O B-object I-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '87_Finnish_Health-Humidity'} |
7577d9f7-9f3c-4d3b-b8d9-da31d3e1b201 | For example, glare and reflections from shiny surfaces, and large repeating patterns, should be avoided in spaces where visual acuity is critical as they will hamper communication for people with impaired vision, and those who lip read or use sign language. | For example , glare and reflections from shiny surfaces , and large repeating patterns , should be avoided in spaces where visual acuity is critical as they will hamper communication for people with impaired vision , and those who lip read or use sign language . | O O O B-property I-property I-property O B-quality B-object O O B-quality B-quality B-property O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '150_UK_DocM_V2_AccessAndUseOfBuildings'} |
5925ca4d-801c-42e4-b581-a176dea2519f | If thermal energy is supplied from a district heat network, a CO2 emission factor and primary energy factor for the heat delivered to the dwelling by the district heat network should be calculated. | If thermal energy is supplied from a district heat network , a CO2 emission factor and primary energy factor for the heat delivered to the dwelling by the district heat network should be calculated . | O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality O O B-property I-property I-property O B-property I-property I-property O O B-object B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality O | {'ID': '76_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
6ab07828-b6aa-4a60-8860-333f061a0fde | Door furniture on manually operated non-powered doors should be easy to operate by people with limited manual dexterity, and be readily apparent against the background of the door. | Door furniture on manually operated non-powered doors should be easy to operate by people with limited manual dexterity , and be readily apparent against the background of the door . | B-object I-object O B-quality I-quality I-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '71_UK_DocM_V2_AccessAndUseOfBuildings'} |
5305da48-b810-4fd8-a0b3-7520f89ff401 | When installing or renovating thermal elements, the element being installed should be draught-proofed, and air-leakage gaps should be filled. | When installing or renovating thermal elements , the element being installed should be draught-proofed , and air-leakage gaps should be filled . | O B-quality O B-quality B-object I-object O O B-object B-quality I-quality O O B-quality O O B-object I-object O O B-quality O | {'ID': '194_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
239bd568-c5f2-4ab5-955c-f2d8d86b7b7f | Where closing devices are needed for fire control, electrically powered hold-open devices or swing-free closing devices should be used as appropriate. | Where closing devices are needed for fire control , electrically powered hold-open devices or swing-free closing devices should be used as appropriate . | O B-object I-object O B-quality I-quality I-quality I-quality O B-quality I-quality B-object I-object O B-quality B-object I-object O O B-quality I-quality I-quality O | {'ID': '90_UK_DocM_V2_AccessAndUseOfBuildings'} |
8207751f-13b8-4fe3-9bfe-4423093d4905 | A building with dwellings or accommodation or patient rooms shall be designed and implemented so that the reverberation time of the staircase and exit route is no more than 1.3 seconds. | A building with dwellings or accommodation or patient rooms shall be designed and implemented so that the reverberation time of the staircase and exit route is no more than 1.3 seconds . | O B-object O B-object O B-object O B-object I-object O O B-quality I-quality I-quality O O O B-property I-property O O B-object O B-object I-object O O O O B-value I-value O | {'ID': '26_Finnish_AcousticEnvironment'} |
f4b0b5b8-ab26-46a2-8028-c279958fa927 | Any justification and strategy should be in line with the approved airtightness testing methodology, CIBSEs TM23. | Any justification and strategy should be in line with the approved airtightness testing methodology , CIBSEs TM23 . | O B-object O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '355_UK_DocM_V2_AccessAndUseOfBuildings'} |
ded852b5-c826-4649-8ce5-dece0eba6061 | During the design period of occupancy, a building's room temperature shall be comfortable and not adversely affected by air velocity, thermal radiation, temperature fluctuation, temperature differences or surface temperatures. | During the design period of occupancy , a building 's room temperature shall be comfortable and not adversely affected by air velocity , thermal radiation , temperature fluctuation , temperature differences or surface temperatures . | B-quality I-quality I-quality I-quality I-quality I-quality O O B-object I-object B-property I-property O O B-quality O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '32_Finnish_Health-IndoorClimateAndVentilation'} |
681c4394-9435-408b-9a9b-d1f3d0729d38 | The rate of heat release from the appliance should be adjustable, using an adjustable damper or other thermostatically controlled method. | The rate of heat release from the appliance should be adjustable , using an adjustable damper or other thermostatically controlled method . | O B-property I-property I-property I-property O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '280_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
cea6e7bd-c494-4146-9f81-3fd2ed64a2a6 | The slope of the floor surface in the seating area and access route may not exceed 8 per cent (1:12.5). | The slope of the floor surface in the seating area and access route may not exceed 8 per cent ( 1:12.5 ) . | O B-property O O B-object B-property O O B-object I-object O B-object I-object O O O B-value I-value I-value I-value I-value I-value O | {'ID': '119_Finnish_SafetyOfUse'} |
37f01a2c-b944-45a2-a7f4-140d8c03d7ac | After rebating, frame components should retain at least 32mm of timber. | After rebating , frame components should retain at least 32mm of timber . | B-quality I-quality O B-object I-object O O O O B-value O B-object O | {'ID': '29_UK_DocQ_Security_Dwellings'} |
ebb26e9f-622f-4faa-a2c8-997158e30499 | Mortar snots should be removed to ensure a tight fit with the structure and cavities cleared of all debris. | Mortar snots should be removed to ensure a tight fit with the structure and cavities cleared of all debris . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '142_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
118d3fd1-0e9d-412f-a77e-fea591ea8e5f | The oil and grease separators shall be equipped with a filling alarm. | The oil and grease separators shall be equipped with a filling alarm . | O B-object I-object I-object I-object O O O O O B-object I-object O | {'ID': '154_Finnish_Health-WaterAndSewerage'} |
b5edf19f-56df-436a-89f0-9ab5bf6963ea | If necessary, fire compartments shall be partitioned in order to restrict the spread of fire and smoke, to provide safe evacuation and to facilitate rescue and extinguishing measures. | If necessary , fire compartments shall be partitioned in order to restrict the spread of fire and smoke , to provide safe evacuation and to facilitate rescue and extinguishing measures . | O O O B-object I-object O O B-quality O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-quality I-quality I-quality O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '106_Finnish_FireSafety'} |
716fa732-f3c7-43ad-a4e3-fff43a841018 | The vehicle traffic area of a building and its courtyard must be safe and appropriate. | The vehicle traffic area of a building and its courtyard must be safe and appropriate . | O B-object I-object I-object O O B-object O B-object B-object O O B-quality O B-quality O | {'ID': '131_Finnish_SafetyOfUse'} |
9f5fe460-cae1-4653-a951-38e31f3ed15d | Any restrictors placed on windows used as emergency exits must, however, be easily releasable by an adult. | Any restrictors placed on windows used as emergency exits must , however , be easily releasable by an adult . | O B-object O O B-object B-quality I-quality I-quality I-quality O O O O O B-quality I-quality I-quality I-quality I-quality O | {'ID': '81_Finnish_SafetyOfUse'} |
e68377dd-acec-4915-a0b4-a5eb8c840bf1 | Where vehicle barriers are necessary, sufficient space (for example 500mm) should be allowed around the future connection location. | Where vehicle barriers are necessary , sufficient space ( for example 500mm ) should be allowed around the future connection location . | O B-object I-object O B-quality O B-quality B-object O O O O O O O B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '121_UK_DocS_InfrastructureForChargingOfElectricalVehicles'} |
81f14fc1-af5d-45e8-8725-94d2510e4701 | A dwelling that is intended for service housing or supported housing of a person with mobility and functional impairment shall, irrespective of the number of storeys in the building, have a turning space with a diameter of at least 1,500 millimetres in the hallway and kitchen. | A dwelling that is intended for service housing or supported housing of a person with mobility and functional impairment shall , irrespective of the number of storeys in the building , have a turning space with a diameter of at least 1,500 millimetres in the hallway and kitchen . | O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O O O O O O O O O O O O B-object I-object O O B-property O O O B-value I-value O O B-object O B-object O | {'ID': '29_Finnish_Accessibility'} |
96ad745d-47e4-44d5-91ee-a0482881dd8f | Consideration should be given to installing a fold-down table, e.g. for baby changing. | Consideration should be given to installing a fold-down table , e.g . for baby changing . | B-object O O O O B-quality I-quality I-quality I-quality O O O O O O O | {'ID': '168_UK_DocM_V2_AccessAndUseOfBuildings'} |
15c28729-22a9-4992-b43a-bdcf457c0526 | Both before and after a newly constructed building is built, a notice must be given to the building control body of the calculations. | Both before and after a newly constructed building is built , a notice must be given to the building control body of the calculations . | O O O O O B-quality I-quality B-object O B-quality O O B-object O O O O O B-object I-object I-object B-quality I-quality I-quality O | {'ID': '45_UK_DocM_V2_AccessAndUseOfBuildings'} |
4e4fdf56-c45b-4d89-b18f-7a2f24a41ba9 | In spaces intended for more than 60 persons, the width of the access route must be at least 1,200 millimetres. | In spaces intended for more than 60 persons , the width of the access route must be at least 1,200 millimetres . | O B-object B-quality I-quality I-quality I-quality I-quality I-quality O O B-property O O B-object I-object O O O O B-value I-value O | {'ID': '116_Finnish_SafetyOfUse'} |
7aceb502-0ee4-49d6-b9b1-0bed9d77d3fd | Combustion appliances must operate safely whether or not fans are running. | Combustion appliances must operate safely whether or not fans are running . | B-object I-object O B-quality I-quality O O O O O O O | {'ID': '11_UK_DocF_V1_Ventilation'} |
f3bd99b4-7ea5-4968-af10-3c133c0b5aa0 | No individual flight has a rise between landings of more than 1800mm. | No individual flight has a rise between landings of more than 1800mm . | O B-quality B-object O O B-property I-property I-property O O O B-value O | {'ID': '42_UK_DocM_V1_AccessAndUseOfBuildings'} |
675c4d48-3eef-463a-8516-edd71ee983e3 | Adequate space should be available for access to maintain ventilation equipment. | Adequate space should be available for access to maintain ventilation equipment . | B-quality B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '110_UK_DocF_V1_Ventilation'} |
b810df40-4dd8-44c4-80c4-b33bb873a5e9 | If the circulation piping is located inside the building envelopes insulation, 25 of the calculated domestic hot water circulation heat loss shall be added to the thermal load of the spaces of the building. | If the circulation piping is located inside the building envelopes insulation , 25 of the calculated domestic hot water circulation heat loss shall be added to the thermal load of the spaces of the building . | O O B-object I-object O B-quality I-quality I-quality I-quality I-quality I-quality O B-value O O B-quality B-property I-property I-property I-property I-property I-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '103_Finnish_EnergyEfficiency'} |
3f7c10d1-d801-4351-bc85-187cf8cffeb3 | The water vapour resistance and air tightness of external walls and their various layers as well as the structures attached to the external wall and joints to the external wall must prevent the accumulation of moisture content of wall structures from internal water vapour diffusion or convection that is harmful from the viewpoint of moisture performance of structures. | The water vapour resistance and air tightness of external walls and their various layers as well as the structures attached to the external wall and joints to the external wall must prevent the accumulation of moisture content of wall structures from internal water vapour diffusion or convection that is harmful from the viewpoint of moisture performance of structures . | O B-property I-property I-property O B-property I-property O B-quality B-object O O O B-property O O O O B-object O O O B-quality B-object O B-object O O B-quality B-object O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '96_Finnish_Health-Humidity'} |
7e34700e-92de-4b00-a820-f4085a2e186c | If the free gap between facing walls of adjacent glazed balconies or the distance of the wall to the window of an adjacent fire compartment is less than 2 metres, the wall in question must be class EI 15. | If the free gap between facing walls of adjacent glazed balconies or the distance of the wall to the window of an adjacent fire compartment is less than 2 metres , the wall in question must be class EI 15 . | O O B-property I-property B-quality I-quality I-quality I-quality I-quality I-quality I-quality O O B-property O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O O O B-value I-value O O B-object O O O O B-property B-value I-value O | {'ID': '135_Finnish_FireSafety'} |
0ab44f38-4588-4f61-ad7e-21a4a25df17d | Calibration should be carried out in accordance with CIBSEs TM23. | Calibration should be carried out in accordance with CIBSEs TM23 . | B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '342_UK_DocM_V2_AccessAndUseOfBuildings'} |
14d1a086-d933-4946-b222-98f707d16c03 | Lifting devices should be positioned with the end opposite to the entry point located against a wall at every floor level. | Lifting devices should be positioned with the end opposite to the entry point located against a wall at every floor level . | B-object I-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '86_UK_DocM_V1_AccessAndUseOfBuildings'} |
7f696221-52c9-4c52-8f90-74bd93c51299 | This grippable handrail is 850-1000mm above the pitch line of the flight and extends at least 300mm beyond the top and bottom nosings. | This grippable handrail is 850-1000mm above the pitch line of the flight and extends at least 300mm beyond the top and bottom nosings . | O B-object I-object O B-value O O B-object I-object I-object I-object I-object O B-property O O B-value B-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '73_UK_DocM_V1_AccessAndUseOfBuildings'} |
bf798097-bb99-42d0-a73f-8cebab8fbeb8 | In the entrance halls and other indoor areas of administrative, service and business premises and in assembly areas, the riser of the steps must be no more than 160 millimetres and the tread must be no less than 300 millimetres. | In the entrance halls and other indoor areas of administrative , service and business premises and in assembly areas , the riser of the steps must be no more than 160 millimetres and the tread must be no less than 300 millimetres . | O O B-object I-object O O B-object I-object O B-object I-object I-object I-object I-object I-object O O B-object I-object O O B-property O O B-object O O O O O B-value I-value O O B-property O O O O O B-value I-value O | {'ID': '21_Finnish_SafetyOfUse'} |
4a0355cd-8b2f-4be1-b0d1-3fc90981b3d3 | In addition, the entrance must be protected against snow loads with a covering. | In addition , the entrance must be protected against snow loads with a covering . | O O O O B-object O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '97_Finnish_SafetyOfUse'} |
457ecdc0-8247-4ad4-9beb-3b7a31cfa0fd | All public areas, including lavatory accommodation, public telephones and external terraces should be accessible. | All public areas , including lavatory accommodation , public telephones and external terraces should be accessible . | O B-object I-object O O B-quality B-object O B-quality B-object O B-quality B-object O O B-quality O | {'ID': '138_UK_DocM_V2_AccessAndUseOfBuildings'} |
c2c49207-78b3-42b0-8b61-ad506f5a80e2 | In hard water areas, suitable measures should be taken to treat the feed water to water heaters and the hot water circuit of combination boilers to reduce lime-scale accumulation. | In hard water areas , suitable measures should be taken to treat the feed water to water heaters and the hot water circuit of combination boilers to reduce lime-scale accumulation . | O B-object I-object I-object O B-quality B-property O O O O B-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality I-quality O | {'ID': '381_UK_DocL_V1_ConsrvationOfFuelAndPower'} |
fa8a6d84-eb99-490e-8169-3c65353fb553 | For large roofs, where the smaller horizontal dimension of the roof is 50 m or more, and the topography is windswept, the value of the exposure coefficient shall be at least 1. | For large roofs , where the smaller horizontal dimension of the roof is 50 m or more , and the topography is windswept , the value of the exposure coefficient shall be at least 1 . | O B-quality B-object O O O B-quality B-quality B-property O O B-object O B-value I-value O O O O O B-property O B-quality O O O O O B-property I-property O O O O B-value O | {'ID': '61_Finnish_StabilityOfStructures'} |
2633c957-07b4-4caa-a9d6-5acbac16b0b0 | NOTE: Linear interpolation should be used to determine efficiencies between manufacturers declared efficiencies at 30 and 100 load. | NOTE : Linear interpolation should be used to determine efficiencies between manufacturers declared efficiencies at 30 and 100 load . | O O B-object I-object O O O O O B-property O B-property I-property I-property O B-value O B-value B-property O | {'ID': '245_UK_DocM_V2_AccessAndUseOfBuildings'} |
51517a5d-dd11-41b9-b44b-36d87b959127 | The presence of the door should be apparent not only when it is shut but also when it is open. | The presence of the door should be apparent not only when it is shut but also when it is open . | O B-property O O B-object O O B-quality O O O B-object O B-quality O O O B-object O B-quality O | {'ID': '77_UK_DocM_V2_AccessAndUseOfBuildings'} |
e21fa967-934e-4a29-a66d-252fdbbf928f | If the parasitic energy use is unknown, an allowance of 0.3W/m2 should be made for any control system. | If the parasitic energy use is unknown , an allowance of 0.3W/m2 should be made for any control system . | O O B-property I-property I-property O B-quality O O B-property O B-value O O O O O B-object I-object O | {'ID': '473_UK_DocM_V2_AccessAndUseOfBuildings'} |